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EC emission and absorption in tokamaks: relativistic effects in ray tracing, combined EC-heating and transport codes

L.K Kuznetsova, A.Yu Dnestrovskij, M.N Golikov2001年Fusion Engineering and DesignIF 1.7出版社

AbstractThe goal of the paper is to test the fast-routine EC numerical code RAD-Upgrade and the ray-tracing ABSORB-MC code for plasmas in small, average and large tokamaks and to evaluate the possibilities to combine these codes with the transport code ASTRA. This seems to be the first step in the self-consistent treatment of both the EC radiation transport and the global plasma equilibrium and heat transport in tokamak plasmas. The possibilities of the EC codes are demonstrated for various plasma conditions, namely, Russian tokamaks T-10, Tuman-3, T-14, and average size tokamak T-15, with further application to estimations of EC diagnostics possibilities on large tokamaks, including DIII-D and International thermonuclear experimental reactor (ITER).

日本語訳

本論文の目的は、高速ルーチンEC放射コードRAD-UpgradeとレイトレーシングコードABSORB-MCを、小型、中型、大型トカマクのプラズマに対して試験し、これらのコードを輸送コードASTRAと組み合わせる可能性を評価することである。これは、EC放射輸送とプラズマ全体平衡およびトカマクプラズマにおける熱輸送の両方を自己無撞着に取り扱うための最初のステップと思われる。ECコードの可能性は、様々なプラズマ条件、すなわちロシアのトカマクT-10、Tuman-3、中型トカマクT-15、さらに大型トカマクDIII-Dや国際熱核融合実験炉(ITER)におけるEC診断の可能性の評価にも適用される。

装置

diii-d中精度(概要文一致)iter中精度(概要文一致)
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